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1.Hello please I need a help with the following in adventure.cpp game.Please advise.Thanks
Create constructors and destructors for each class you make from a converted “struct”
Create overloaded constructor functions
Create overloaded constructor functions for the one or more classes you converted from “structs”
Class public/private members
Make sure you have public/private members of your classes (data members or member functions)
Use “setters/getters” for private data members
Use functions to get/set the values of your private data members in your classes (“setters/getters”)
Use a static data member to limit number of objects
Consider using a static data member that limits the maximum number of objects that may be created for your converted class (word, room, noun)
Use constructors to create the objects
Use a constructor to initialize your data, instead of a function that initializes the data in the structs (Note - you may still call a function that in turn will call your constructors)
50
Change rooms array into vectors
Change the rooms[ROOMS] array into a vector, use the STL (sort, shuffle, etc.) where appropriate
Change directions array into vectors
Change the directions[DIRS] array into a vector, use the STL (sort, shuffle, etc.) where appropriate
Change verbs array into vectors
Change the verbs(VERBS] array into a vector, use the STL (sort, shuffle, etc.) where appropriate
Change nouns array into vectors
Change the nouns[NOUNS] array into a vector, use the STL (sort, shuffle, etc.) where appropriate
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Re-theme the game
Make it your own. Instead of rooms at a casino, make it a “dungeon”, or a “cave”, or a “forest”. This means the nouns and verbs should also follow the theme.
I have cut the code to make it fit.So I will be posting the source code in 3 steps.
Thanks.
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Put the code you need help with here.
#include <iostream>
#include < string>
#include < vector>
#include <cctype >
using namespace std ;
enum en_DIRS {NORTH, EAST,SOUTH, WEST };
enum en_ROOMS {SPORTSHOP,CASINO,CARPARK,LOBBY,RESTAURANT,CORRIDOR,STOREROOM,POOL,GARDEN,POND,PUMPROOM};
enum en_VERBS {GET,DROP, USE, OPEN,CLOSE,EXAMINE,INVENTORY,LOOK};
enum en_NOUNS {STORE_DOOR, MAGNET,METER,ROULETTE, MONEY,FISHROD};
const int NONE = -1 ;
const int DIRS = 4 ;
const int ROOMS = 11 ;
const int VERBS = 8 ;
const int NOUNS = 6 ;
class Words
{
public :
string word;
int code ;
Words (); // This a constructor declaration
~Words (); // This is a destructor declaration
};
Words::Words():
{
}
class Room
{
public:
string description;
int exits_to_Room[DIRS];
Room ();// This a constructor declaration
~Room ();// This is a destructor declaration
};
Room::Room(int exiits_to_Room);
class Noun
{
public:
string word ;
string description;
int code ;
int location;
bool can_carry ;
Noun (); // This a constructor declaration
~Noun (); // This is a destructor declaration
};
Noun::Noun()
{
}
//------------------------------------------------------------------------------------------------------------------------------------------------
void set_rooms(vector<Room> &rms)
{
rms.push_back(Room(SPORTSHOP,"sports shop",NONE,NONE,CARPARK,NONE));
rms[CASINO].description.assign("bustling casino");
rms[CASINO].exits_to_Room[NORTH] = NONE ;
rms[CASINO].exits_to_Room[EAST] = NONE ;
rms[CASINO].exits_to_Room[SOUTH] = LOBBY ;
rms[CASINO].exits_to_Room[WEST] = NONE ;
rms[CARPARK].description.assign(" car park");
rms[CARPARK].exits_to_Room[NORTH] = SPORTSHOP;
rms[CARPARK].exits_to_Room[EAST] = LOBBY ;
rms[CARPARK].exits_to_Room[SOUTH] = NONE ;
rms[CARPARK].exits_to_Room[WEST] = NONE ;
rms[LOBBY].description.assign(" hotel lobby");
rms[LOBBY].exits_to_Room[NORTH] = CASINO;
rms[LOBBY].exits_to_Room[EAST] = RESTAURANT;
rms[LOBBY].exits_to_Room[SOUTH] = CORRIDOR;
rms[LOBBY].exits_to_Room[NORTH] = CARPARK;
rms[RESTAURANT].description.assign(" restaurant");
rms[RESTAURANT].exits_to_Room[NORTH] = NONE;
rms[RESTAURANT].exits_to_Room[EAST] = NONE;
rms[RESTAURANT].exits_to_Room[SOUTH] = NONE;
rms[RESTAURANT].exits_to_Room[NORTH] = LOBBY;
rms[CORRIDOR].description.assign(" corridor");
rms[CORRIDOR].exits_to_Room[NORTH] = LOBBY;
rms[CORRIDOR].exits_to_Room[EAST] = NONE;
rms[CORRIDOR].exits_to_Room[SOUTH] = GARDEN;
rms[CORRIDOR].exits_to_Room[NORTH] = NONE;
rms[STOREROOM].description.assign("store room");
rms[STOREROOM].exits_to_Room[NORTH] = NONE;
rms[STOREROOM].exits_to_Room[EAST] = NONE;
rms[STOREROOM].exits_to_Room[SOUTH] = NONE;
rms[STOREROOM].exits_to_Room[NORTH] = NONE;
rms[POOL].description.assign(" swimming pool area");
rms[POOL].exits_to_Room[NORTH] = NONE;
rms[POOL].exits_to_Room[EAST] = GARDEN;
rms[POOL].exits_to_Room[SOUTH] = PUMPROOM;
rms[POOL].exits_to_Room[NORTH] = NONE;
rms[GARDEN].description.assign(" tranquil garden");
rms[GARDEN].exits_to_Room[NORTH] = CORRIDOR;
rms[GARDEN].exits_to_Room[EAST] = POND;
rms[GARDEN].exits_to_Room[SOUTH] = NONE;
rms[GARDEN].exits_to_Room[NORTH] = POOL;
rms[PUMPROOM].description.assign(" damp pump room");
rms[PUMPROOM].exits_to_Room[NORTH] = POOL;
rms[PUMPROOM].exits_to_Room[EAST] = NONE;
rms[PUMPROOM].exits_to_Room[SOUTH] = NONE;
rms[PUMPROOM].exits_to_Room[NORTH] = NONE;
}
//-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
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